Dive Watch Releases / Articles

2012-03-21

By TLex It's the watch I have been waiting for all my life and it's finally here. Rolex unveil their new prototype dive watch, the 39'370ft, 12'000m Rolex Sea-Dweller DEEPSEA Challenge. Once again Rolex will be part of history as they were 52 years ago, when in 1960 the legendary Trieste deep sea submersible made its historic decent to 35'800ft, 10'916m with two intrepid explorers of the deep on board, Jacques Piccard and Lt. Don Walsh.

This time the new Rolex prototype dive watch will be attached to the hull of acclaimed director (he directed The Abyss in 1989) and National Geographic explorer-in-residence, James Cameron's new deep sea submersible, the DEEPSEA CHALLENGER as it makes its way to the deepest point on earth, the bottom of the Marianas Trench.

This is a watch that makes my 3'900m DEEPSEA look like a mere toy in comparison, well maybe not a toy, but certainly like a Submariner. I have only ONE question for Rolex: will this ever become a production model? I'm really hoping the answer will be yes!

From ROLEX Filmmaker and National Geographic Explorer-in-Residence James Cameron announced today that he will attempt to reach the world’s deepest point, the Mariana Trench, nearly 7 miles (11.2 km) beneath the ocean’s surface, in the coming weeks. Cameron’s dive in his specially designed submersible marks the launch of DEEPSEA CHALLENGE, a joint scientific project by Cameron, the National Geographic Society and Rolex to conduct deep-ocean research and exploration to expand our knowledge and understanding of these largely unknown parts of the planet.

Cameron’s historic DEEPSEA CHALLENGE expedition will be the first extensive scientific exploration by a manned vehicle to the Mariana Trench’s lowest point, the “Challenger Deep.” Cameron plans to spend six hours at the bottom of the Pacific Ocean trench, some 200 miles (322 km) southwest of Guam, to collect samples for research in marine biology, microbiology, astrobiology, marine geology and geophysics.

Relying on advanced engineering and technologies created by Cameron and his team, successful field tests were completed this week off the coast of Papua New Guinea. They included untethered deep-water dives — including one to a depth of more than 5 miles (more than 8 km) — in the revolutionary, single-pilot DEEPSEA CHALLENGER submersible, the result of an eight-year engineering effort and the deepest-diving manned marine vehicle in existence.

The public will be able to follow Cameron’s progress on the expedition at DEEPSEACHALLENGE.com; on Twitter by following @DeepChallenge or using #deepseachallenge; or on Facebook at https://www.facebook.com/deepseachallenge.

“The deep trenches are the last unexplored frontier on our planet, with scientific riches enough to fill a hundred years of exploration,” Cameron said. “National Geographic, which has been exploring the world for nearly 125 years, is the ideal partner to help usher in a new era of deep-ocean research and exploration that supports leading scientific institutions in answering questions about the deepest, unexplored parts of the Earth. Our goal is to build a scientific legacy for generations to come. It’s also to inspire people across the globe to celebrate exploration and to explore with us online and through the media we produce.”

Cameron added, “Rolex is also a natural partner in this venture — unique in having reached the Challenger Deep 52 years ago and in its celebrated, century-long history of supporting exploration and helping push the boundaries of human and scientific endeavor.”

The Challenger Deep has only been reached once in a manned descent, on Jan. 23, 1960, by U.S. Navy Lt. Don Walsh and Swiss oceanographer Jacques Piccard in the bathyscaphe Trieste. They spent approximately 20 minutes on the ocean floor before returning to the surface. Now, 52 years later, Cameron’s DEEPSEA CHALLENGER represents breakthroughs in materials science, unique approaches to structural engineering and new ways of imaging through an ultra-small, full ocean depth-rated stereoscopic camera. Cameron’s CAMERON | PACE Group, which supplies 3-D technologies and production support services, has provided the capability to document the historic expedition in high-resolution 3-D.

“Some believe the golden age of exploration is behind us. On the contrary, I believe we are at the beginning of our greatest age of exploration,” said Terry Garcia, National Geographic’s executive vice president for Mission Programs. “We salute James Cameron for his commitment to science and exploration, and we are delighted to be part of this groundbreaking adventure to the deepest and least explored point on Earth.”

In 1960, an experimental Rolex Deepsea Special watch was attached to the hull of the Trieste and emerged in perfect working order after withstanding the huge pressure exerted at 6.78 miles (nearly 11 km) below the surface. The DEEPSEA CHALLENGER submersible will carry a new experimental wristwatch, the Rolex Deepsea Challenge, strapped to its manipulator arm, renewing the pioneering engineering challenge the Swiss watchmaker took up 52 years ago with the Trieste.

“Our affinity with the deep also extends to active and sustained support of renowned marine researchers, supporting excellence and innovation in the advancement of human knowledge,” said Gian Riccardo Marini, Chief Executive Officer of Rolex SA. “I am convinced that James Cameron is bringing us to the threshold of a long-delayed revival in marine exploration. We are proud to have such a passionate and longstanding admirer of Rolex, and to return to the Challenger Deep on this historic venture to help unravel the secrets of the ocean’s deepest places.”

Cameron was named a National Geographic Explorer-in-Residence in 2011. While working on his film “Titanic,” he took 12 submersible dives to the famed shipwreck two and a half miles down in the North Atlantic. The technical success of that expedition led Cameron to form Earthship Productions, which develops films about ocean exploration and conservation. Since then he has led six expeditions, authored a forensic study of the Bismarck wreck site and done extensive 3-D imaging of deep hydrothermal vent sites along the Mid-Atlantic Ridge, the East Pacific Rise and the Sea of Cortez. Cameron has made 72 deep submersible dives, including 33 to Titanic. Fifty-one of these dives were in Russian Mir submersibles to depths of up to 3.03 miles (4.87 km).

Cameron has written and directed numerous films, among them “Avatar,” “Titanic,” “True Lies,” “Terminator 1 and 2,” “The Abyss” and “Aliens.” His films have blazed new trails in visual effects and have set numerous performance records, both domestically and abroad, including 11 Oscars for “Titanic.” “Avatar,” a 3-D science fiction epic reflecting five years of development of new production technologies, was nominated for nine Oscars and won three. “Avatar” is the highest-grossing film in history, surpassing the previous record holder, “Titanic.”

The DEEPSEA CHALLENGE expedition will be chronicled for a 3-D feature film for theatrical release on the intensive technological and scientific efforts behind this historic dive, which will subsequently be broadcast on the National Geographic Channel, and documented for National Geographic magazine. Cameron also will collaborate with National Geographic to create broad-based educational outreach materials.

Scripps Institution of Oceanography, UC San Diego, is the DEEPSEA CHALLENGE Project’s primary science collaborator. For nearly a decade, Scripps has been involved with James Cameron in developing new ways to explore and study the deepest parts of the oceans. With its decades-long history of deep-sea exploration, Scripps is recognized as a world leader in investigating the science of the deep ocean, from exploring the deep’s geological features to researching its exotic marine life inhabitants.

The expedition also is collaborating with the University of Hawai‘i, Jet Propulsion Laboratory and the University of Guam. Additional funding for education and digital outreach has been provided by the Alfred P. Sloan Foundation, which supports original research and public understanding of science, technology, engineering and mathematics.